Explore Our Forklift Range

Discover durable, high-performance forklifts built for efficiency and long-term reliability, with flexible customization options and consistent quality to support your business in diverse markets.

Booling's car pillar molds use advanced UG design software for 3D modeling technology to achieve quality control of each mold design detail. We use advanced CNC machines, engraving machines, five-axis processing machines and other equipment to ensure that the automobile pillars are responsible for supporting the roof and connecting the side of the body.
Booling's car lamp molds have been redesigned based on traditional technology, using the latest hot runner system precision temperature control technology to improve production efficiency and reduce the waste of raw materials.
Booling's custom car bumper molds are made of high-quality steel, and processed by CNC machining, heat treatment, surface treatment, and other processing technologies. The casting system of the mold is redesigned to achieve high precision and rapid production of parts.
Booling's dashboard molds help manufacturers achieve high-efficiency production of products. We provide one-stop services such as mold design, raw material procurement, processing, and mold testing.
The washing machine mold adopts advanced hot runner technology to achieve precise temperature control, keep the plastic in a molten state, and provide a solution for the flow of plastic materials.
Booling vacuum cleaner molds use UG software to design 3D models. Combined with CNC processing technology, we provide high-quality mold manufacturing services for household, vehicle, and commercial vacuum cleaner manufacturers.
Booling's refrigerator molds are made of food-grade materials and can directly produce low-temperature resistant refrigerator products that ensure hygienic manufacturing standards. We provide a full range of refrigerator mold production, including models for home use, commercial use, freezers, smart refrigerators, etc., and provide manufacturers with production solutions for various refrigerator parts, such as liners, door strips, bases, drawers, etc.
Booling's air conditioner mold combines CAD's 2D design and UG's 3D design technology to achieve the high feasibility of high-precision assembly of air conditioner parts. Our molds use advanced hot runner technology to reduce the pressure of the gate and point gate and realize the processing of various types of molds such as household, commercial, and central air conditioners to meet the needs of different application scenarios.
The plastic table mold has precise shape and details. Our engineers will reasonably design the table mold structure according to the appearance structure and size designed by the manufacturer.
The processing of the dustbin mold mainly uses a 5-axis machining center and high-speed milling, EDM, grinder processing, and other technologies to achieve precision manufacturing technology. The dustbin mold determines the design and function of it.
Booling's chair mold uses the precise temperature control technology of the hot runner injection system, combined with high-hardness mold steel for processing methods, to achieve the function of durable chairs.
Booling's bucket molds are mainly processed by grinders, drill presses, CNC, EDM, high-speed finishing, deep hole drilling, wire cutting, and other technologies to meet the precision and surface requirements of bucket molds.
Plastic cola box mold has a complex cavity structure. Booling uses advanced processing technologies such as CNC, wire cutting, and EDM to achieve precision manufacturing of the internal and external structures of the mold.
Booling's plastic beer box molds combine high-quality mold steel materials with advanced CNC, EDM, deep drilling, and other processing technologies to achieve precision mold manufacturing.
The processing and manufacturing of Booling pallet molds mainly adopt multi-point hot runner injection technology to achieve automatic feeding and precise temperature control functions.
Booling crate molds combine high-speed CNC machining and 3D modeling technology and take advantage of the hot runner's precise temperature control to provide crate manufacturers with the best solution to reduce material waste and improve production efficiency.

Designed for Performance and Operator Efficiency

Every detail of our forklifts is carefully engineered to improve productivity, enhance safety, and provide a smoother operating experience, even in demanding working environments.

Enhanced Visibility

Optimized mast structure and wide-view design provide a clearer field of vision, helping operators work more safely and efficiently in tight or complex spaces.

Operator Comfort

The ergonomically designed cab, adjustable seat, and intuitive controls reduce operator fatigue and ensure a more comfortable and efficient work experience during long shifts.

Flexible Configuration

A wide range of optional features and specifications allows you to customize each forklift according to different industries, working conditions, and market requirements.

Smooth Operation

Advanced control systems and responsive handling ensure stable performance, allowing operators to move, lift, and position loads with greater accuracy and confidence.

Why Choose SUCHA

We provide more than forklifts — we deliver reliable manufacturing support, flexible customization, and consistent supply to help your business grow with confidence.

Stable Production Capacity
OEM & ODM Support
Strict Quality Control
Competitive Pricing
Technical Support
Fast and Reliable Delivery

About SUCHA

SUCHA is a professional forklift manufacturer dedicated to providing reliable material handling solutions for global distributors, wholesalers, and industrial customers. We specialize in the manufacturing of electric forklifts, diesel forklifts, warehouse equipment, and customized OEM & ODM forklift solutions designed to meet different market demands and working environments.

Our factory is equipped with well-established production lines, modern processing equipment, and an experienced technical team, enabling us to consistently produce standard models and customized projects. From frame manufacturing, component assembly, surface treatment to vehicle testing and final inspection, every stage of production is meticulously managed to ensure product consistency, operational stability, and long-term reliability.

At SUCHA, we understand that product quality and delivery stability are crucial for long-term business partnerships. Every forklift undergoes standardized inspection procedures before shipment, including operational testing, safety checks, and performance verification, helping to reduce after-sales issues and ensuring reliable operation under real-world conditions. We are committed to providing efficient production support and rapid response service throughout the entire cooperation process. From product consultation and technical communication to production follow-up and shipment coordination, our team works closely with our clients.

Guidelines for Mold Manufacturing Services

If you are looking for a professional mold manufacturing service provider, BOOLING will be your first choice. Different types of molds have different design concepts and manufacturing processes. We combine advanced rapid prototyping and rapid manufacturing technology to provide users with various process manufacturing guides for plastic products, metal products, etc.

3D blow molding is a commonly used method for manufacturing plastic containers and other plastic products. It uses polymer materials such as polyethylene, polypropylene, and polyvinyl chloride, which are heated, melted, and injected into a mold, and then a hollow shape is formed by injecting high-pressure air inside the mold.
The amount of material waste generated during the production and manufacturing process of the magnesium stamping die is relatively small. In addition, the high manufacturing efficiency, fast design cycle, and high precision of magnesium stamping process have contributed to the progress of modern stamping technology.
Runout checking fixture is used to confirm the accuracy and quality of products after production to ensure they meet standard requirements, helping to ensure that products fully comply with specified specifications and standards.

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